Senceive Wireless Conditioning Monitoring

Precise, durable and robust products engineered in direct response to the demands of rail, construction and mining environments.

Rail:  Senceive technology is approved and deployed on railway networks around the world. The most common applications are monitoring earthworks, track, tunnels and other structures.

Infrastructure: We help to protect people and infrastructure through short and long-term monitoring that can provide early warning of problems and target efficient maintenance.

Construction: Many types of construction activity can give rise to challenges that place the wellbeing of people and third party assets at risk. Senceive condition monitoring technology is ideally suited to mitigating these risks on construction sites.

Applications include:

  • Earthworks & slopes
  • Railway track
  • Tunnels
  • Bridges
  • Roads
  • Retaining structures
  • Props & temporary works
  • Dams
  • Flood defence & coastal structures
  • Ground engineering / geotechnics
  • Surface mine sites including tailings dams
  • Underground  mine sites
  • Buildings and other structures

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  • Senceive FlatMesh

    The award-winning FlatMesh™ platform uses a wireless mesh-networked, intelligent sensor system consisting of small, easy to deploy devices, equipped with sensing, communication and computation capabilities.

    In a FlatMesh™  system the devices ‘talk’ to their neighbours, relaying data in a series of hops to the outside world. This dynamic, non-hierarchical system is extremely robust and can tolerate damage to individual devices without systematic loss of performance. It is suited to dense networks concentrated in relatively small areas. It is particularly appropriate for sites that are difficult to access, with obstructions that would constrain other technologies.

    The FlatMesh platform incorporates a significant level of network intelligence, enabling not just a degree of self-configuration and self-healing, but responsiveness to events. 


    Call 01480 404888 or email for price.

  • Senceive GeoWAN

    Where a geotechnical or structural monitoring solution is required to cover a large area, such as a mine or a city, we would usually recommend our GeoWAN communication platform.

    GeoWAN uses a lower frequency radio band than FlatMesh. It is based on the industry-standard LoRaWAN protocol and is capable of long-range transmission with sensors able to communicate with a gateway at a distance as great as 15 km.

    Monitoring systems using GeoWAN have the power to transmit through physical obstructions, enabling, for example, integration of sensors in boreholes or on buildings above a tunnel with movement sensors measuring deformation inside the tunnel.  

    From the gateway, the options for getting the data to the outside world are restricted only by the available infrastructure. The simplest option in most cases is to use the gateway’s integrated cellular (2G/3G/4G) modem; alternatively, the gateway’s Ethernet connection may be used to enable connectivity via WiFi, ADSL or cable connections.

    Applications

    • Tunnels and pipelines
    • Dams, mines and quarries
    • Covered or obstructed assets and open areas or congested urban environments
    • Buried or subsurface structures e.g. basements
    • Highly dispersed asset monitoring


    Call 01480 404888 or email for price.

  • Nano Triaxial Tilt Sensor Node Range

    Includes the Nano and NanoPlus Triaxial Tilt Sensor Nodes

    The Nano triaxial tilt sensor node range has its own unique miniature form and is built to deliver precise, reliable tilt monitoring in demanding applications such as rail, construction and mining. It is easy to deploy and has no external aerial and a durable shell (IP68 rated) that can withstand the most challenging environments. The Nano’s discreet form and wide range of simple fixings allow for extremely quick installation to any surface using glue, screw or magnetic mounting. Its innovative design allows the Nano tilt monitor to be installed in any orientation making it ideal for wireless tilt monitoring of tunnels, bridges, buildings and retaining walls.

    With a maximum reporting frequency of two seconds, the Nano is ideal for applications where a high reporting rate is needed. It has a resolution of 0.0001° (0.0018 mm/m), and repeatability of ±0.0005° (±0.009 mm/m). The Nano tilt monitoring system offers unrivalled specifications and a battery life of up to five years, making it the future of wireless tilt sensing.

    The Nano range uses the same core platform as our other tilt sensors, so it can deliver a similar level of performance and reliability, all in a much smaller and more robust enclosure.

    It has been successfully used in many applications, including:

    • Tunnel distortion
    • Tunnel heave/settlement
    • Embankment slippage
    • Structural movement
    • Rail track heave/settlement
    • Rail trackbed cant and twist


    Call 01480 404888 or email for price.

  • Triaxial Tilt Sensor Node

    The Triaxial Tilt Sensor Node is an extremely precise and exceptionally stable three axis wireless tilt sensor.

    Variable reporting rates, a robust design and up to a 15 year battery life make this wireless tiltmeter suitable for many environments and applications. The wireless tiltmeter nodes transmit precise readings from the site via one of our wireless communication platforms (FlatMesh or GeoWAN) via a gateway. Visualise and interact with your data online using the Senceive WebMonitor platform or third party software.

    It has been successfully used in many applications, including those measuring:

    • Tunnel distortion
    • Tunnel heave/settlement
    • Embankment slippage
    • Structural movement
    • Rail track heave/settlement
    • Rail trackbed cant and twist


    Call 01480 404888 or email for price.

  • Tilt Beam

    The Tilt Beam is a lightweight, rigid aluminium beam that is used in conjunction with a Triaxial Tilt Node or a NanoPlus.

    The tilt beam can be mounted in any orientation and rapidly deployed in single and daisy chained configurations.

    Installation of the tilt beam can be performed with minimal tools in minutes. Complex bolting and washer arrangements are not required due to the beam’s inbuilt bearing and joint system. This allows for thermal expansion and misalignment of the support brackets while still accurately monitoring the structure. The attached tilt node does not require any levelling, further reducing installation time.

    It has been successfully used in many applications, including:

    • Movement monitoring of any structure
    • Longitudinal settlement
    • Tunnel convergence/divergence
    • Lateral displacements


    Call 01480 404888 or email for price.

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Senceive Wireless Conditioning Monitoring Systems

The Survey Equipment Catalogue

SCCS Catalogue

Click here to view


If you would like us to send you a printed version please contact us:


Tel: 01480 404888

Email: sccs@sccssurvey.co.uk

Used Equipment

Used Equipment

SCCS not only offer a great selection of new instruments but also a large selection of used surveying equipment and used GPS equipment.


Click here for used surveying equipment